JP5586496B2

JP5586496B2 - Wiring / piping material arranging tool, wiring / piping material arranging device, wiring / piping material arranging method, and wiring / piping material arranging device

Info

Publication number: JP5586496B2
Application number: JP2011022271A
Authority: JP
Inventors: 淳二高橋
Original assignee: Mirai Kogyo KK
Current assignee: Mirai Kogyo KK
Priority date: 2010-04-21
Filing date: 2011-02-04
Publication date: 2014-09-10
Anticipated expiration: 2031-02-04
Also published as: JP2011241977A

Description

この発明は、配線・配管材を配設するための、配線・配管材配設具、配線・配管材配設装置、配線・配管材の配設方法、および配線・配管材配設装置体に関するものである。 The present invention relates to a wiring / piping material arranging tool, a wiring / piping material arranging device, a wiring / piping material arranging method, and a wiring / piping material arranging device body for arranging wiring / piping material. Is.

従来、排水管等の配管材を支持固定する支持金具があった（例えば、特許文献１参照）。図２２に示すように、この支持金具３５は、配管材としての排水管３１を上下で挟むように配備されて、１対のネジ杆３２、３２に架設される、２つの湾曲バンド３６、３７からなっていた。そして、ネジ杆３２には、両湾曲バンド３６、３７を上下で挟むように、ナット３８、３９が螺合していた。そこで、ネジ杆３２に対し下側の湾曲バンド３７を組み付け、上側の湾曲バンド３６を外した状態で、下側のナット３９（規制ナット）を回すことで、下側の湾曲バンド３７に載る排水管３１の高さ位置とか、排水勾配が調整され、上側の湾曲バンド３６をネジ杆３２に組み付けて、上側のナット３８を締め込むことで、排水管３１は、両湾曲バンド３６、３７により挟持された。 Conventionally, there has been a support fitting for supporting and fixing a piping material such as a drain pipe (see, for example, Patent Document 1). As shown in FIG. 22, the support metal fitting 35 is disposed so as to sandwich a drain pipe 31 as a piping material between the upper and lower sides, and is mounted on a pair of screw rods 32, 32. It was made up of. The nuts 38 and 39 were screwed onto the screw rod 32 so as to sandwich the curved bands 36 and 37 vertically. Therefore, drainage mounted on the lower curved band 37 is obtained by assembling the lower curved band 37 to the screw rod 32 and turning the lower nut 39 (regulation nut) with the upper curved band 36 removed. The height position of the pipe 31 or the drainage gradient is adjusted, the upper curved band 36 is assembled to the screw rod 32, and the upper nut 38 is tightened so that the drain pipe 31 is sandwiched between the curved bands 36 and 37. It was done.

特開平１０−１６００４８号公報Japanese Patent Laid-Open No. 10-160048

ところで、前記従来の支持金具３５にあっては、支持金具３５の端部を上下で挟むナット３８、３９のうち、下側のナット３９（規制ナット）は、操作しにくく、作業性が悪かった。特に、壁等の障害物の際では、ナット３９を回す工具を差し入れできないこともあった。この場合には、下側の湾曲バンド３７やその湾曲バンド３７に載る排水管３１を、一旦移動させたりして、高さ位置を調整する必要があった。 By the way, in the conventional support fitting 35, the lower nut 39 (regulation nut) among the nuts 38 and 39 sandwiching the end portion of the support fitting 35 at the top and bottom is difficult to operate and the workability is poor. . In particular, in the case of an obstacle such as a wall, a tool for turning the nut 39 may not be inserted. In this case, it is necessary to adjust the height position by temporarily moving the lower curved band 37 and the drain pipe 31 mounted on the curved band 37.

この発明は、上記した従来の欠点を解決するためになされたものであり、その目的とするところは、配線・配管材を配設する際の作業性を高めることができる、配線・配管材配設具、配線・配管材配設装置、および、その配線・配管材配設具を用いた配線・配管材の配設方法、並びに、配線・配管材配設装置体を提供することにある。 The present invention has been made to solve the above-mentioned conventional drawbacks, and the object of the present invention is to provide wiring / piping material arrangement that can improve workability when arranging the wiring / piping material. An object is to provide a fixture, a wiring / piping material arranging device, a wiring / piping material arranging method using the wiring / piping material arranging device, and a wiring / piping material arranging device body.

この発明に係る配線・配管材配設具、配線・配管材配設装置、配線・配管材の配設方法、および配線・配管材配設装置体は、前記目的を達成するために、次の構成からなる。すなわち、
請求項１に記載の発明に係る配線・配管材配設具は、配設部に配備されたボルト体に取り付けられて、配線・配管材を支持する、配線・配管材配設具である。この配線・配管材配設具は、支持体と、前記ボルト体に螺合してそのボルト体が突き抜ける規制ナットとを備える。ここで、前記支持体は、前記配線・配管材を、前記ボルト体の軸心に沿う方向の一方側から支持する、支持部と、その支持部から延設されて、前記ボルト体が貫通する通孔が設けられた、基部とを有する。前記規制ナットは、前記支持体の前記一方側への移動を規制すべく、前記基部を前記一方側から受け止める、受け部と、その受け部から、前記ボルト体の軸心に沿って前記通孔を貫通するように前記一方側とは反対の他方側に延出する、延出部とを有する。そして、前記通孔を前記ボルト体とともに貫通する前記延出部の先端側には、前記基部よりも前記他方側から回動操作可能な操作部が形成されている。 In order to achieve the above object, the wiring / piping material arranging tool, the wiring / piping material arranging device, the wiring / piping material arranging method, and the wiring / piping material arranging device according to the present invention are: Consists of configuration. That is,
The wiring / piping material disposing tool according to the first aspect of the present invention is a wiring / piping material disposing tool that is attached to a bolt body provided in the disposing portion and supports the wiring / piping material. This wiring / pipe material arrangement tool includes a support and a regulation nut that is screwed into the bolt body and through which the bolt body penetrates. Here, the support body supports the wiring / pipe material from one side in a direction along the axis of the bolt body, and extends from the support section so that the bolt body passes therethrough. And a base portion provided with a through hole. The regulating nut is configured to receive the base from the one side so as to regulate the movement of the support body to the one side, and the through hole from the receiving part along the axial center of the bolt body. And an extending portion that extends to the other side opposite to the one side. And the operation part which can be rotated from the said other side rather than the said base is formed in the front end side of the said extension part which penetrates the said through-hole with the said bolt body.

この配線・配管材配設具によると、支持体における支持部が、配線・配管材を、配設部に配備されたボルト体の軸心に沿う方向の一方側から支持する。そして、支持体における基部に設けられた通孔をボルト体が貫通する。また、ボルト体には、規制ナットが螺合し、この規制ナットの受け部が、支持体の基部を前記一方側から受け止める。こうして、支持体は、ボルト体に組み付けられ、この支持体の支持部によって配線・配管材が支持されて、この配線・配管材は、配設部に配設される。ここにおいて、規制ナットは、受け部から通孔を貫通するように延出する延出部を有している。そして、この延出部の先端側に形成された操作部を、基部よりも、前記一方側とは反対の他方側から、すなわち受け部がある側とは反対側から、回動操作すると、支持体は、ボルト体の軸心に沿って移動し、この移動により、配線・配管材は、位置調整される。そして、この際、規制ナットは、受け部がある側とは反対側からの回動操作により、容易に回動される。 According to this wiring / piping material disposing tool, the support portion of the support supports the wiring / piping material from one side in the direction along the axis of the bolt body disposed in the disposing portion. And a bolt body penetrates the through-hole provided in the base part in a support body. Further, a regulation nut is screwed onto the bolt body, and a receiving portion of the regulation nut receives the base portion of the support body from the one side. Thus, the support body is assembled to the bolt body, and the wiring / pipe material is supported by the support portion of the support body, and the wiring / pipe material is arranged in the arrangement portion. Here, the regulating nut has an extending portion that extends from the receiving portion so as to penetrate the through hole. Then, if the operation part formed on the distal end side of the extension part is rotated from the other side opposite to the one side, that is, the side opposite to the side where the receiving part is located, than the base part, The body moves along the axis of the bolt body, and the position of the wiring / pipe material is adjusted by this movement. At this time, the regulation nut is easily turned by a turning operation from the side opposite to the side where the receiving portion is located.

また、請求項２に記載の発明に係る配線・配管材配設具は、請求項１に記載の配線・配管材配設具において、第２支持体を備え、その第２支持体は、前記配線・配管材に前記他方側から当接して、前記支持体の前記支持部とで前記配線・配管材を挟持する、第２支持部を有する。このように、第２支持体を設けることで、配線・配管材は、第２支持体と支持体とで挟持されて、ボルト体にしっかりと固定される。 Moreover, the wiring / piping material arrangement | positioning tool which concerns on invention of Claim 2 is provided with the 2nd support body in the wiring / piping material arrangement tool of Claim 1, The 2nd support body is the said It has a 2nd support part which contacts a wiring and piping material from the said other side, and clamps the said wiring and piping material with the said support part of the said support body. Thus, by providing the second support, the wiring / pipe material is sandwiched between the second support and the support and is firmly fixed to the bolt body.

また、請求項３に記載の発明に係る配線・配管材配設具は、請求項２に記載の配線・配管材配設具において、前記ボルト体に螺合する押圧ナットを備える。そして、前記第２支持体は、前記第２支持部の他に、その第２支持部から延設されて、前記ボルト体が貫通する第２通孔が設けられた、第２基部を有する。そこで、前記押圧ナットが、前記第２基部を前記他方側から押圧することで、前記第２支持部は、前記配線・配管材に前記他方側から当接して、前記支持部とで前記配線・配管材を挟持する。 According to a third aspect of the present invention, there is provided a wiring / piping material arranging tool according to the second aspect, wherein the wiring / piping material arranging tool includes a pressing nut screwed into the bolt body. In addition to the second support portion, the second support body has a second base portion that extends from the second support portion and has a second through hole through which the bolt body passes. Therefore, the pressing nut presses the second base from the other side, so that the second support portion comes into contact with the wiring / pipe material from the other side, and the wiring / Hold the piping material.

また、請求項４に記載の発明に係る配線・配管材配設具は、請求項３に記載の配線・配管材配設具において、前記第２通孔は、前記ボルト体がその周面側から出入り可能となるよう、前記第２基部の外側に開口する開口部を有する。そこで、前記支持部が前記配線・配管材を支持した状態で、前記第２支持体は、前記ボルト体に対して、前記開口部を通じて、取外し、取付け可能である。 Further, the wiring / piping material arranging tool according to the invention described in claim 4 is the wiring / piping material arranging tool according to claim 3, wherein the second through hole has the bolt body on the circumferential surface side. An opening that opens to the outside of the second base portion is provided so as to be able to go in and out. Therefore, the second support body can be removed and attached to the bolt body through the opening while the support section supports the wiring / piping material.

また、請求項５に記載の発明に係る配線・配管材配設具は、請求項１ないし４のいずれか１項に記載の配線・配管材配設具において、前記規制ナットは、合成樹脂製の規制ナット本体と、前記受け部において、前記規制ナット本体に対して回動不能に収容されて、前記ボルト体に螺合する、金属ナットとを備える。 Moreover, the wiring / piping material arrangement | positioning tool which concerns on invention of Claim 5 is the wiring / piping material arrangement | positioning tool of any one of Claim 1 thru | or 4 WHEREIN: The said regulation nut is a product made from a synthetic resin. And a metal nut that is received in the receiving portion so as not to rotate with respect to the restriction nut body and is screwed into the bolt body.

また、請求項６に記載の発明に係る配線・配管材配設装置は、請求項１に記載の配線・配管材配設具と、基礎面に固定されるベース板と、そのベース板から起立して平行位置する１対の前記ボルト体とを備える。ここで、前記支持体は、１対の前記ボルト体に架設されるよう、両側に前記基部が設けられるとともに、中間部に前記支持部が設けられる。そして、前記規制ナットは、１対設けられて、１対の前記ボルト体にそれぞれ螺合し、これら１対の規制ナットにより、前記支持体の前記一方側への移動を規制する。 A wiring / piping material arranging device according to the invention described in claim 6 is the wiring / piping material arranging device according to claim 1, a base plate fixed to the foundation surface, and an upright from the base plate. And a pair of the bolt bodies positioned in parallel. Here, the support body is provided with the base portion on both sides so as to be installed on the pair of bolt bodies, and the support portion is provided on an intermediate portion. A pair of restriction nuts are provided and screwed into the pair of bolt bodies, respectively, and the movement of the support body to the one side is restricted by the pair of restriction nuts.

また、請求項７に記載の発明に係る配線・配管材配設装置は、請求項６に記載の配線・配管材配設装置において、前記支持体は、１対の前記基部が１対の前記ボルト体の並設方向に並ぶ基準姿勢に対して傾斜可能となるよう、前記通孔が、１対の前記基部を結ぶ方向に延びる長孔状に形成されるとともに、前記延出部は、前記支持体の前記基準姿勢に加えて、その基準姿勢に対して傾斜する、前記支持体の傾斜姿勢で、前記通孔を貫通するように、軸方向に長く形成される。 Moreover, the wiring / piping material arranging device according to the invention of claim 7 is the wiring / piping material arranging device according to claim 6, wherein the support is a pair of the base portions. The through hole is formed in a long hole shape extending in a direction connecting the pair of base portions so as to be tiltable with respect to a reference posture aligned in the direction in which the bolt bodies are arranged side by side, In addition to the reference posture of the support body, the support body is formed to be long in the axial direction so as to penetrate the through-hole in an inclined posture of the support body that is inclined with respect to the reference posture.

また、請求項８に記載の発明に係る配線・配管材配設装置は、請求項７に記載の配線・配管材配設装置において、前記通孔の各々は、互いに他の通孔から離れた側が、前記ボルト体の外径よりも小さい幅で開口している、または、塞がれている。これにより、支持体が傾斜姿勢となった際に、規制ナットの延出部、ひいてはボルト体は、支持体の通孔から抜け出ることがない。さらに、規制ナットの延出部が、規制ナットの回動により通孔の周縁と擦れ、その擦れた部分でボルト体が露出するに至った場合であっても、支持体が傾斜姿勢となった際に、ボルト体は、通孔から抜け出ることがない。 The wiring / pipe material arranging device according to claim 8 is the wiring / pipe material arranging device according to claim 7 , wherein each of the through holes is separated from other through holes. The side is open or closed with a width smaller than the outer diameter of the bolt body. Thereby, when the support body is in an inclined posture, the extension portion of the regulation nut, and thus the bolt body, does not come out of the through hole of the support body. Furthermore, even when the extending part of the regulation nut rubs against the periphery of the through hole due to the rotation of the regulation nut, and the bolt body is exposed at the rubbed part, the support body is inclined. At this time, the bolt body does not come out of the through hole.

また、請求項９に記載の発明に係る配線・配管材の配設方法は、請求項４に記載の配線・配管材配設具を用いた配線・配管材の配設方法である。この配設方法は、前記ボルト体に螺合する前記規制ナットの前記受け部で、前記支持体の基部を前記一方側から受け止めるように、前記規制ナットに組み付けられた前記支持体の、前記支持部に対し、前記配線・配管材を配置する。そして、前記基部よりも前記他方側において、前記ボルト体の軸方向に近接して並ぶ、前記規制ナットの前記操作部と、前記ボルト体に螺合する前記押圧ナットに備わる第２操作部とを、螺回動工具により同時に回動操作して、前記支持体と前記配線・配管材とを所要の位置に移動する。次いで、前記第２支持体の前記第２基部を、前記規制ナットと前記押圧ナットとの間で前記ボルト体が前記第２基部の前記第２通孔を貫通するように、前記ボルト体に嵌める。その後、前記押圧ナットが前記第２基部を前記他方側から押圧するように、前記押圧ナットを締め込んで、前記第２支持部と前記支持部とで前記配線・配管材を挟持する。この配設方法によると、配線・配管材を位置調整するにあたって、規制ナットと押圧ナットとを、螺回動工具により同時に回動操作することで、その後に、ボルト体に第２支持部を組み付けて、押圧ナットを締め込む際に、その締込み時間を短縮することができる。 A wiring / piping material disposing method according to the invention of claim 9 is a wiring / piping material disposing method using the wiring / piping material disposing tool according to claim 4. In this arrangement method, the support of the support body assembled to the restriction nut so as to receive the base portion of the support body from the one side at the receiving portion of the restriction nut screwed into the bolt body. The wiring / pipe material is disposed on the part. And on the other side of the base, the operation portion of the restriction nut, which is arranged close to the axial direction of the bolt body, and a second operation portion provided in the pressing nut screwed into the bolt body Then, the supporting body and the wiring / pipe material are moved to a required position by simultaneously rotating with a screw turning tool. Next, the second base portion of the second support body is fitted into the bolt body so that the bolt body passes through the second through hole of the second base portion between the regulating nut and the pressing nut. . Thereafter, the pressing nut is tightened so that the pressing nut presses the second base portion from the other side, and the wiring / pipe material is sandwiched between the second support portion and the support portion. According to this arrangement method, when adjusting the position of the wiring / piping material, the regulating nut and the pressing nut are simultaneously rotated by the screw rotating tool, and then the second support portion is assembled to the bolt body. Thus, when the pressing nut is tightened, the tightening time can be shortened.

また、請求項１０に記載の発明に係る配線・配管材配設装置体は、請求項４に記載の配線・配管材配設具と、基礎面に固定されるベース板と、そのベース板から起立する前記ボルト体と、前記配線・配管材配設具の前記規制ナットおよび前記押圧ナットを回動操作する螺回動工具とを備える。ここで、前記螺回動工具は、筒状に形成された工具本体を備える。この工具本体は、内部に、前記ボルト体に螺合した前記規制ナットの操作部および前記押圧ナットを収容可能である。そして、前記ボルト体の軸方向に並ぶ、前記規制ナットの操作部および前記押圧ナットを、前記工具本体内に収容した状態で、その工具本体を回動させることで、前記規制ナットと前記押圧ナットとの両方が前記工具本体とともに回動して前記ボルト体に対して螺進退するよう、前記工具本体内に、前記規制ナットの前記操作部と係合する第１係合部と、前記押圧ナットに備わる第２操作部と係合する第２係合部とが設けられている。これにより、配線・配管材を位置調整するにあたって、規制ナットと押圧ナットとを、螺回動工具により同時に回動操作することで、その後に、ボルト体に第２支持部を組み付けて、押圧ナットを締め込む際に、その締込み時間を短縮することができる。 Moreover, the wiring / piping material arrangement | positioning apparatus body based on invention of Claim 10 is based on the wiring / piping material arrangement | positioning tool of Claim 4, the base plate fixed to a base surface, and its base plate. The bolt body that stands up, and a screw turning tool that turns the restriction nut and the pressing nut of the wiring / piping material arranging tool. Here, the screw turning tool includes a tool body formed in a cylindrical shape. This tool main body can accommodate the operation part of the said regulation nut and the said press nut which screwed together to the said bolt body inside. Then, in a state where the operation portion of the restriction nut and the pressing nut, which are arranged in the axial direction of the bolt body, are housed in the tool body, the tool body is rotated, so that the restriction nut and the pressing nut are rotated. And a first engagement portion that engages with the operation portion of the restriction nut in the tool body, and the pressing nut so that both of them rotate together with the tool body and advance and retract with respect to the bolt body. And a second engaging portion that engages with the second operating portion. Thus, when adjusting the position of the wiring / piping material, the regulating nut and the pressing nut are simultaneously rotated by the screw rotating tool, and then the second support portion is assembled to the bolt body, and the pressing nut is assembled. When tightening, the tightening time can be shortened.

また、請求項１１に記載の発明に係る配線・配管材配設装置体は、請求項１０に記載の配線・配管材配設装置体において、前記ボルト体は、前記他方側が自由端となっており、前記工具本体は、前記ボルト体の前記自由端側から前記ボルト体の軸方向に沿うようにして、そのボルト体を口元から内部に挿入可能であるとともに、前記ボルト体に螺合した前記規制ナットの操作部および前記押圧ナットを収容可能である。そして、前記第１係合部は、前記工具本体内の口元側に設けられ、前記第２係合部は、前記第１係合部よりも奥側に設けられる。そこで、前記工具本体の軸方向の長さは、前記規制ナットが前記支持体の前記基部を受け止めたまま前記一方側の極端に位置する状態で、前記ボルト体の挿入を許容して前記操作部に前記第１係合部が係合可能となる長さである。 Moreover, the wiring / piping material arrangement | positioning apparatus body which concerns on invention of Claim 11 is the wiring / piping material arrangement | positioning apparatus body of Claim 10 WHEREIN: As for the said bolt body, the said other side becomes a free end. The tool body is inserted along the axial direction of the bolt body from the free end side of the bolt body so that the bolt body can be inserted into the interior from the mouth and screwed into the bolt body. The operation part of a control nut and the said press nut can be accommodated. The first engagement portion is provided on the mouth side in the tool body, and the second engagement portion is provided on the back side of the first engagement portion. Therefore, the length of the tool body in the axial direction allows the bolt body to be inserted in a state where the restriction nut is positioned extremely on the one side while receiving the base portion of the support body. And the first engaging portion can be engaged.

この発明に係る配線・配管材配設具、配線・配管材配設装置、配線・配管材の配設方法、および配線・配管材配設装置体によれば、配線・配管材の位置調整のための規制ナットを、受け部がある側とは反対側からの回動操作により、容易に回動することができ、これによって、配線・配管材を配設する際の作業性を高めることができる。 According to the wiring / piping material arranging tool, the wiring / piping material arranging device, the wiring / piping material arranging method, and the wiring / piping material arranging device body according to the present invention, The control nut can be easily rotated by a rotation operation from the side opposite to the side where the receiving portion is located, thereby improving the workability when arranging the wiring / pipe material. it can.

この発明の一実施の形態の、縦断面図である。It is a longitudinal cross-sectional view of one embodiment of this invention. 同じく、支持体およびベース板を省略した状態の平面図である。Similarly, it is a top view of the state which omitted a support and a base board. 同じく、図１におけるＡ−Ａ線による断面図である。Similarly, it is sectional drawing by the AA in FIG. 同じく、配線・配管材の配設過程を示す縦断面図である。Similarly, it is a longitudinal cross-sectional view which shows the arrangement | positioning process of wiring and piping material. 同じく、支持体を傾斜姿勢にした、縦断面図である。Similarly, it is the longitudinal cross-sectional view which made the support body the inclination attitude | position. この発明の第１の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 1st modification of this invention. この発明の第２の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 2nd modification of this invention. この発明の第３の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 3rd modification of this invention. この発明の第４の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 4th modification of this invention. この発明の第５の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 5th modification of this invention. この発明の第６の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 6th modification of this invention. この発明の第７の変形形態を示す、図３相当図である。FIG. 9 is a view corresponding to FIG. 3, showing a seventh modification of the present invention. 同じく、図５相当図である。Similarly, it is equivalent to FIG. 同じく、規制ナットを示し、（Ａ）は、拡大正面図、（Ｂ）は、（Ａ）におけるＹ−Ｙ線による断面図である。Similarly, a regulation nut is shown, (A) is an enlarged front view and (B) is a sectional view by the YY line in (A). この発明の第８の変形形態を示す、図３相当図である。FIG. 10 is a view corresponding to FIG. 3 and showing an eighth modification of the present invention. この発明の第９の変形形態を示す、図３相当図である。FIG. 10 is a view corresponding to FIG. 3 and showing a ninth modification of the present invention. この発明の第１０の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 10th modification of this invention. この発明の第１１の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 11th modification of this invention. この発明の第１２の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 12th modification of this invention. この発明の第１３の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 13th modification of this invention. この発明の第１４の変形形態を示す、縦断面図である。It is a longitudinal cross-sectional view which shows the 14th modification of this invention. 従来の支持金具を示す斜視図である。It is a perspective view which shows the conventional support metal fitting.

以下、この発明に係る配線・配管材配設具、配線・配管材配設装置、配線・配管材の配設方法、および配線・配管材配設装置体を実施するための形態を図面に基づいて説明する。 DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of a wiring / piping material disposing tool, a wiring / piping material disposing device, a wiring / piping material disposing method, and a wiring / piping material disposing device body according to the present invention are described below with reference to the drawings. I will explain.

図１〜図５は、本発明の一実施の形態を示す。図中符号１は、建物の基礎床面等からなる基礎面である。２は、その基礎面１上の配設部である。３は、前記配設部２に配設される配線・配管材（配線材または配管材）である。４は、前記配設部２に配備されたボルト体である。５は、配設部２に配線・配管材３を配設すべく、前記ボルト体４に取り付けられて、配線・配管材３を支持する、配線・配管材配設具である。 1 to 5 show an embodiment of the present invention. Reference numeral 1 in the figure denotes a foundation surface composed of a foundation floor surface of the building. Reference numeral 2 denotes an arrangement portion on the base surface 1. Reference numeral 3 denotes a wiring / piping material (wiring material or piping material) arranged in the arrangement part 2. Reference numeral 4 denotes a bolt body arranged in the arrangement portion 2. Reference numeral 5 denotes a wiring / piping material disposing tool that is attached to the bolt body 4 and supports the wiring / piping material 3 in order to dispose the wiring / piping material 3 in the disposing portion 2.

この配線・配管材配設具５は、支持体６と、前記ボルト体４に螺合してそのボルト体４が突き抜ける規制ナット７とを備える。ここで、支持体６は、配線・配管材３を、ボルト体４の軸心に沿う方向Ｐの一方側Ｒから支持する、支持部６ａと、その支持部６ａから延設されて、ボルト体４が貫通する通孔６ｃが設けられた、基部６ｂとを有する。そして、規制ナット７は、支持体６の前記一方側Ｒへの移動を規制すべく、基部６ｂを前記一方側Ｒから受け止める、受け部７ａと、その受け部７ａから、ボルト体４の軸心に沿って支持体６の通孔６ｃを貫通するように前記一方側Ｒとは反対の他方側Ｓに延出する、延出部７ｂとを有する。そこで、支持体６の通孔６ｃをボルト体４とともに貫通する延出部７ｂの先端側には、支持体６の基部６ｂよりも前記他方側Ｓから回動操作可能な操作部７ｃが形成されている。 The wiring / piping material arranging tool 5 includes a support body 6 and a regulation nut 7 that is screwed into the bolt body 4 and through which the bolt body 4 penetrates. Here, the support body 6 supports the wiring / piping material 3 from one side R in the direction P along the axis of the bolt body 4, and extends from the support section 6 a, so that the bolt body 4 and a base 6b provided with a through hole 6c through which 4 penetrates. The regulating nut 7 receives the base 6b from the one side R so as to regulate the movement of the support 6 to the one side R, and the shaft center of the bolt body 4 from the receiving portion 7a. And an extending portion 7b extending to the other side S opposite to the one side R so as to pass through the through-hole 6c of the support body 6. Therefore, an operation portion 7c that can be rotated from the other side S of the base portion 6b of the support body 6 is formed on the distal end side of the extending portion 7b that penetrates the through hole 6c of the support body 6 together with the bolt body 4. ing.

また、この配線・配管材配設具５は、第２支持体８を備えている。この第２支持体８は、配線・配管材３に前記他方側Ｓから当接して、前記支持体６の支持部６ａとで配線・配管材３を挟持する、第２支持部８ａを有する。さらに、この第２支持体８は、第２支持部８ａの他に、その第２支持部８ａから延設されて、ボルト体４が貫通する第２通孔８ｃが設けられた、第２基部８ｂを有する。 In addition, the wiring / piping material arranging tool 5 includes a second support 8. The second support 8 has a second support portion 8 a that contacts the wiring / pipe material 3 from the other side S and sandwiches the wiring / pipe material 3 with the support portion 6 a of the support 6. In addition to the second support portion 8a, the second support portion 8 is provided with a second base portion extending from the second support portion 8a and provided with a second through hole 8c through which the bolt body 4 passes. 8b.

そして、この配線・配管材配設具５は、ボルト体４に螺合する押圧ナット９を備えている。そこで、この押圧ナット９が、第２支持体８の第２基部８ｂを前記他方側Ｓから押圧することで、第２支持部８ａは、配線・配管材３に前記他方側Ｓから当接して、支持部６ａとで配線・配管材３を挟持する。 The wiring / pipe material arranging tool 5 includes a pressing nut 9 that is screwed into the bolt body 4. Therefore, the pressing nut 9 presses the second base 8b of the second support 8 from the other side S, so that the second support 8a comes into contact with the wiring / pipe material 3 from the other side S. The wiring / pipe material 3 is sandwiched between the support 6a.

ところで、第２支持体８の第２基部８ｂに設けられた第２通孔８ｃは、ボルト体４がその周面側から出入り可能となるよう、第２基部８ｂの外側に開口する開口部８ｄを有する（図２参照）。詳しくは、その開口部８ｄは、配線・配管材３の配設方向Ｔの一側に設けられる。そこで、支持体６が配線・配管材３を支持した状態で、第２支持体８は、ボルト体４に対して、前記開口部８ｄを通じて、取外し、取付け可能となる。 By the way, the second through-hole 8c provided in the second base portion 8b of the second support body 8 has an opening portion 8d that opens to the outside of the second base portion 8b so that the bolt body 4 can enter and exit from the peripheral surface side. (See FIG. 2). Specifically, the opening 8 d is provided on one side of the arrangement direction T of the wiring / piping material 3. Therefore, the second support 8 can be removed and attached to the bolt body 4 through the opening 8d while the support 6 supports the wiring / piping material 3.

そして、第２基部８ｂをボルト体４から外した状態で、前記支持体６の基部６ｂよりも前記他方側Ｓにおいて、ボルト体４の軸方向に近接して並ぶ、規制ナット７の操作部７ｃと、押圧ナット９に備わる第２操作部９ａとを、ソケットレンチ等の螺回動工具２１により同時に操作可能となっている（図４参照）。この螺回動工具２１は、筒状に形成された工具本体２１ａを備えており、工具本体２１ａは、内部に、ボルト体４に螺合した規制ナット７の操作部７ｃおよび押圧ナット９を収容可能である。そして、ボルト体４の軸方向に並ぶ、規制ナット７の操作部７ｃおよび押圧ナット９を、工具本体２１ａ内に収容した状態で、その工具本体２１ａを回動させることで、規制ナット７と押圧ナット９との両方が工具本体２１ａとともに回動してボルト体４に対して螺進退するよう、工具本体２１ａ内に、規制ナット７の操作部７ｃと係合する第１係合部２１ｃと、押圧ナット９に備わる第２操作部９ａと係合する第２係合部２１ｄとが設けられる。詳しくは、ボルト体４は、前記他方側Ｓが自由端４ａとなっており、工具本体２１ａは、ボルト体４の自由端４ａ側からボルト体４の軸方向に沿うようにして、そのボルト体４を口元２１ｂから内部に挿入可能であるとともに、ボルト体４に螺合した規制ナット７の操作部７ｃおよび押圧ナット９を収容可能である。そして、前記第１係合部２１ｃは、工具本体２１ａ内の口元２１ｂ側に設けられ、前記第２係合部２１ｄは、第１係合部２１ｃよりも奥側に設けられる。 Then, with the second base portion 8b removed from the bolt body 4, the operation portion 7c of the regulating nut 7 is arranged closer to the axial direction of the bolt body 4 on the other side S than the base portion 6b of the support body 6. And the 2nd operation part 9a with which the press nut 9 is equipped can be simultaneously operated by screw rotation tools 21, such as a socket wrench (refer FIG. 4). The screw turning tool 21 includes a tool main body 21a formed in a cylindrical shape, and the tool main body 21a accommodates therein an operation portion 7c of a regulation nut 7 screwed to the bolt body 4 and a pressing nut 9. Is possible. Then, in a state where the operation portion 7c and the pressing nut 9 of the regulating nut 7 arranged in the axial direction of the bolt body 4 are accommodated in the tool body 21a, the tool body 21a is rotated, so that the regulating nut 7 and the pressing nut 9 are pressed. A first engaging portion 21c that engages with the operating portion 7c of the regulating nut 7 in the tool main body 21a so that both the nut 9 and the tool main body 21a rotate and screw forward and backward with respect to the bolt body 4; A second engaging portion 21 d that engages with the second operating portion 9 a provided in the pressing nut 9 is provided. Specifically, the bolt body 4 has the other side S as a free end 4a, and the tool body 21a extends from the free end 4a side of the bolt body 4 along the axial direction of the bolt body 4 so that the bolt body 4 4 can be inserted into the inside from the mouth 21b, and the operation portion 7c and the pressing nut 9 of the regulating nut 7 screwed into the bolt body 4 can be accommodated. The first engagement portion 21c is provided on the mouth 21b side in the tool main body 21a, and the second engagement portion 21d is provided on the back side of the first engagement portion 21c.

詳細には、前記基礎面１には、ベース板１０が固定され、そのベース板１０から、１対の前記ボルト体４、４が平行位置するように起立する。そこで、これらベース板１０と、１対のボルト体４、４と、前記配線・配管材配設具５とで、配線・配管材配設装置１１が構成される。すなわち、配線・配管材配設装置１１は、配線・配管材配設具５と、基礎面１に固定されるベース板１０と、そのベース板１０から起立して平行位置する１対のボルト体４、４とを備える。ここにおいて、配線・配管材配設具５における支持体６は、１対のボルト体４、４に架設されるよう、両側に前記基部６ｂ、６ｂが設けられるとともに、中間部に前記支持部６ａが設けられる。そして、前記規制ナット７は、１対設けられて、１対のボルト体４、４にそれぞれ螺合し、これら１対の規制ナット７、７により、支持体６の前記一方側Ｒへの移動を規制する。 Specifically, a base plate 10 is fixed to the base surface 1, and a pair of the bolt bodies 4, 4 stands upright from the base plate 10. Therefore, the base plate 10, the pair of bolt bodies 4, 4, and the wiring / pipe material arranging tool 5 constitute a wiring / pipe material arranging device 11. That is, the wiring / pipe material arranging device 11 includes a wiring / pipe material arranging tool 5, a base plate 10 fixed to the base surface 1, and a pair of bolt bodies standing upright and parallel from the base plate 10. 4 and 4. Here, the support body 6 in the wiring / piping material arranging tool 5 is provided with the base portions 6b and 6b on both sides so as to be installed on a pair of bolt bodies 4 and 4, and the support portion 6a at an intermediate portion. Is provided. A pair of the regulation nuts 7 are provided and screwed into the pair of bolt bodies 4, 4, respectively, and the support 6 is moved to the one side R by the pair of regulation nuts 7, 7. To regulate.

また、支持体６は、１対の基部６ｂ、６ｂが１対のボルト体４、４の並設方向Ｕに並ぶ（つまり、両側の基部６ｂ、６ｂが水平位置する）基準姿勢に対して傾斜可能となるよう、通孔６ｃが、１対の基部６ｂ、６ｂを結ぶ方向に延びる長孔状に形成される。そして、規制ナット７の延出部７ｂ（詳しくは、後述する第１延出部７ｄ）は、支持体６の前記基準姿勢に加えて、その基準姿勢に対して傾斜する、支持体６の傾斜姿勢（図５参照）で、通孔６ｃを貫通するように、軸方向に長く形成される。そこで、このように、延出部７ｂを軸方向に長く形成することで、後述する位置調整（例えば、高さ調整とか勾配調整）にあたって、１対の基部６ｂ、６ｂに対する１対の規制ナット７、７を、片方ずつ回動することができる。なお、支持体６が前記基準姿勢を採るためには、その支持体６の基部６ｂ、６ｂを受け止める両受け部７ａ、７ａ（つまり、両規制ナット７、７）の位置は、同一高さとなる。 Further, the support 6 is inclined with respect to a reference posture in which the pair of base portions 6b and 6b are arranged in the juxtaposed direction U of the pair of bolt bodies 4 and 4 (that is, the base portions 6b and 6b on both sides are horizontally positioned). The through hole 6c is formed in a long hole shape extending in a direction connecting the pair of base portions 6b and 6b so as to be possible. In addition to the reference posture of the support body 6, the extension portion 7 b (specifically, a first extension portion 7 d described later) of the regulation nut 7 is inclined with respect to the reference posture. In the posture (see FIG. 5), it is formed long in the axial direction so as to penetrate the through hole 6c. Thus, by forming the extending portion 7b in the axial direction in this way, a pair of regulating nuts 7 for the pair of base portions 6b and 6b for position adjustment (for example, height adjustment or gradient adjustment) described later. , 7 can be rotated one by one. In addition, in order for the support body 6 to take the said reference | standard attitude | position, the position of both receiving part 7a, 7a (namely, both regulation nuts 7 and 7) which receives the base parts 6b and 6b of the support body 6 becomes the same height. .

第２支持体８は、１対のボルト体４、４に架設されるよう、両側に前記第２基部８ｂ、８ｂが設けられるとともに、中間部に前記第２支持部８ａ、が設けられる。そして、押圧ナット９は、１対設けられて、１対のボルト体４、４にそれぞれ螺合し、これら１対の押圧ナット９、９が、１対の第２基部８ｂ、８ｂをそれぞれ前記他方側Ｓから押圧する。 The second support 8 is provided with the second bases 8b and 8b on both sides so as to be installed on the pair of bolt bodies 4 and 4, and the second support 8a is provided at the intermediate part. A pair of pressing nuts 9 are provided and screwed into a pair of bolt bodies 4 and 4, respectively. The pair of pressing nuts 9 and 9 respectively connect the pair of second base portions 8 b and 8 b to the above-described second base portions 8 b and 8 b. Press from the other side S.

また、配線・配管材配設具５と、ベース板１０と、ボルト体４と、螺回動工具２１とで、配線・配管材配設装置体が構成される。すなわち、配線・配管材配設装置体は、配線・配管材配設具５と、基礎面１に固定されるベース板１０と、そのベース板１０から起立するボルト体４と、配線・配管材配設具５の規制ナット７および押圧ナット９を回動操作する螺回動工具２１とを備える。 Further, the wiring / pipe material arranging tool 5, the base plate 10, the bolt body 4, and the screw turning tool 21 constitute a wiring / pipe material arranging device body. That is, the wiring / piping material arranging device body includes a wiring / piping material arranging tool 5, a base plate 10 fixed to the base surface 1, a bolt body 4 rising from the base plate 10, and a wiring / piping material. A screw turning tool 21 for turning the regulating nut 7 and the pressing nut 9 of the disposing tool 5 is provided.

具体的には、ベース板１０は、図示実施の形態においては、配線・配管材３が延びる方向である前記配設方向Ｔと交叉する方向（１対のボルト体４、４の並設方向Ｕでもある）に細長に延びる、平板横長に形成されて、各端部に、ビスとか釘等の固着具が通る取付孔１０ａがあけられている。そこで、この取付孔１０ａを通って、固着具が基礎面１にねじ込まれたり打ち込まれたりすることで、ベース板１０は、基礎面１に固定される。そして、ベース板１０の両端側には、ナット１０ｂが設けられており（詳しくは、溶接とかカシメ等により固定されており）、このナット１０ｂにボルト体４がねじ込まれることで、ボルト体４は、ベース板１０から上方に起立することとなる。 Specifically, in the illustrated embodiment, the base plate 10 has a direction crossing the arrangement direction T, which is a direction in which the wiring / piping material 3 extends (a direction U in which the pair of bolt bodies 4 and 4 are arranged side by side). However, the mounting holes 10a are formed at the respective ends so as to pass through fasteners such as screws and nails. Therefore, the base plate 10 is fixed to the base surface 1 by the fixing tool being screwed or driven into the base surface 1 through the mounting hole 10a. Further, nuts 10b are provided at both ends of the base plate 10 (specifically, they are fixed by welding or caulking), and the bolt body 4 is screwed into the nut 10b, so that the bolt body 4 is Then, it stands up from the base plate 10.

支持体６は、例えば鋼板製であって、横長に形成され、その横長の両端部の前記基部６ｂ、６ｂが、一平面を形成するように延びている。そして、支持体６は、中間部の前記支持部６ａが、配線・配管材３の外周に合わせるように前記一方側Ｒとなる下方側に凸となるように湾曲して（詳しくは、弧状に形成されて）、配線・配管材３をその下方側Ｒから支持する。また、基部６ｂに設けられる通孔６ｃは、前述のように、１対の基部６ｂ、６ｂを結ぶ方向に延びる長孔状に形成されるが、支持体６の両端となる側に、ボルト体４が出入り可能な開口部６ｄを有している。そして、この支持体６の基部６ｂは、ボルト体４の軸方向から見て、後述する金属ナット７０２と重なるように、通孔６ｃの長孔を構成する二面幅６ｅが狭く形成されている。 The support body 6 is made of, for example, a steel plate and is formed in a horizontally long shape, and the base portions 6b and 6b at both ends of the horizontally long shape extend so as to form a flat surface. The support body 6 is curved so that the support portion 6a at the intermediate portion is convex downward on the one side R so as to match the outer periphery of the wiring / piping material 3 (specifically, in an arc shape) The wiring / piping material 3 is supported from the lower side R thereof. Further, as described above, the through-hole 6c provided in the base portion 6b is formed in a long hole shape extending in the direction connecting the pair of base portions 6b and 6b. 4 has an opening 6d through which it can enter and exit. The base 6b of the support body 6 is formed with a narrow two-surface width 6e constituting a long hole of the through hole 6c so as to overlap a metal nut 702 described later when viewed from the axial direction of the bolt body 4. .

規制ナット７は、合成樹脂製の規制ナット本体７０１と、ボルト体４に螺合する金属ナット７０２とを備える。この金属ナット７０２は、規制ナット７の受け部７ａにおいて、規制ナット本体７０１に対して回動不能に収容される。また、規制ナット７における前記延出部７ｂは、ボルト体４が貫通するように筒状に形成されており、この延出部７ｂは、受け部７ａよりも径小となって延出する第１延出部７ｄと、第１延出部７ｄに続きその第１延出部７ｄよりも径大な第２延出部７ｅとからなる。そこで、第１延出部７ｄに、支持体６における基部６ｂ（詳しくは、通孔６ｃ）が係合する。そして、第２延出部７ｅの先端側が、前記操作部７ｃとなり、その外周面は、例えば六角形状をしている。そして、第２延出部７ｅの基端部は、鍔状に突出して、前記螺回動工具２１の先端が当接する座部７ｆとなっている。 The regulation nut 7 includes a regulation nut body 701 made of synthetic resin and a metal nut 702 that is screwed into the bolt body 4. The metal nut 702 is accommodated in the receiving portion 7 a of the restriction nut 7 so as not to rotate with respect to the restriction nut body 701. Further, the extending portion 7b of the regulation nut 7 is formed in a cylindrical shape so that the bolt body 4 penetrates, and the extending portion 7b extends in a smaller diameter than the receiving portion 7a. It consists of 1 extension part 7d and 2nd extension part 7e larger in diameter than the 1st extension part 7d following the 1st extension part 7d. Therefore, the base portion 6b (specifically, the through hole 6c) of the support 6 is engaged with the first extending portion 7d. And the front end side of the 2nd extension part 7e becomes the said operation part 7c, and the outer peripheral surface is carrying out the hexagonal shape, for example. And the base end part of the 2nd extension part 7e protrudes in hook shape, and becomes the seat part 7f with which the front-end | tip of the said screw rotation tool 21 contact | abuts.

第２支持体８は、支持体６と同様に、例えば鋼板製であって、横長に形成され、その横長の両端部の前記第２基部８ｂ、８ｂが、一平面を形成するように延びている。この第２基部８ｂの、押圧ナット９が当たる座面８ｅは、その押圧ナット９が嵌まるように若干窪んで形成される。そして、第２支持体８は、中間部の前記第２支持部８ａが、配線・配管材３の外周に合わせるように前記他方側Ｓとなる上方側に凸となるよう湾曲して（詳しくは、弧状に形成されて）、配線・配管材３に上方側から当接する。 Similarly to the support 6, the second support 8 is made of, for example, a steel plate and is formed in a horizontally long shape, and the second base portions 8b and 8b at both ends of the horizontally long extend so as to form a flat surface. Yes. The seating surface 8e of the second base portion 8b against which the pressing nut 9 comes into contact is formed to be slightly recessed so that the pressing nut 9 can be fitted. The second support 8 is curved so that the second support 8a at the intermediate portion is convex upward so as to match the outer periphery of the wiring / piping material 3 (specifically, , Formed in an arc shape) and contact the wiring / pipe material 3 from above.

押圧ナット９は、その全体が前記第２操作部９ａとなる一般的なナットであって、その外周面は、例えば六角形状をしている。詳しくは、この押圧ナット９の第２操作部９ａは、その六角形状の面幅が、規制ナット７の操作部７ｃにおける六角形状の面幅と同一寸法となっている。 The pressing nut 9 is a general nut whose whole becomes the second operation portion 9a, and its outer peripheral surface has, for example, a hexagonal shape. Specifically, the hexagonal surface width of the second operation portion 9 a of the pressing nut 9 is the same as the hexagonal surface width of the operation portion 7 c of the regulation nut 7.

螺回動工具２１においては、前記第１係合部２１ｃと第２係合部２１ｄとは、工具本体２１ａの軸方向に直交する断面が、同一形状となっている。そして、これら同一形状の第１係合部２１ｃおよび第２係合部２１ｄが、前記操作部７ｃおよび前記第２操作部９ａと係合するように、前記操作部７ｃと前記第２操作部９ａとは、その軸方向に直交する断面が同一または近似する形状となっている。図示実施の形態においては、第１係合部２１ｃと第２係合部２１ｄとは、工具本体２１ａの軸方向に直交する断面が、同一の六角形状をして、軸方向に連続して形成されている。そして、規制ナット７の操作部７ｃと押圧ナット９の第２操作部９ａとは、その軸方向に直交する断面が、六角形状をしており、その面幅は、前記第１および第２係合部２１ｃ、２１ｄのそれと略同一寸法となっている。 In the screw turning tool 21, the first engaging portion 21c and the second engaging portion 21d have the same shape in cross section perpendicular to the axial direction of the tool main body 21a. Then, the operation portion 7c and the second operation portion 9a are configured such that the first engagement portion 21c and the second engagement portion 21d having the same shape engage with the operation portion 7c and the second operation portion 9a. Means that the cross-sections orthogonal to the axial direction have the same or approximate shape. In the illustrated embodiment, the first engaging portion 21c and the second engaging portion 21d have a cross section perpendicular to the axial direction of the tool body 21a having the same hexagonal shape and are continuously formed in the axial direction. Has been. The operation portion 7c of the regulating nut 7 and the second operation portion 9a of the pressing nut 9 have a hexagonal cross section orthogonal to the axial direction, and the surface width is the first and second relations. The dimensions are substantially the same as those of the joint portions 21c and 21d.

そして、工具本体２１ａの軸方向の長さは、規制ナット７（詳しくは、受け部７ａ）が支持体６の基部６ｂを受け止めたまま前記一方側Ｒの極端に位置する（つまり、支持体６が基礎面１またはベース板１０に当接する、または、規制ナット７がベース板１０（詳しくは、ナット１０ｂ）に当接する）状態で、ボルト体４の挿入を許容して操作部７ｃに第１係合部２１ｃが係合可能となる長さとなっている。なお、この工具本体２１ａの長さが足りない場合には、ボルト体４の自由端４ａ側が工具本体２１ａを貫通して露出するように、この工具本体２１ａにおける口元２１ｂとは反対側を開口してもよい。 The length of the tool main body 21a in the axial direction is extremely located on the one side R while the restriction nut 7 (specifically, the receiving portion 7a) receives the base portion 6b of the supporting body 6 (that is, the supporting body 6). Is in contact with the base surface 1 or the base plate 10, or the regulation nut 7 is in contact with the base plate 10 (specifically, the nut 10 b). The length is such that the engaging portion 21c can be engaged. When the length of the tool body 21a is insufficient, the side of the tool body 21a opposite to the mouth 21b is opened so that the free end 4a side of the bolt body 4 is exposed through the tool body 21a. May be.

また、工具本体２１ａは、この工具本体２１ａを回動するための回動操作部２１ｅを有している。この回動操作部２１ｅは、工具本体２１ａにおける口元２１ｂのある先端部とは反対側の端部に設けられている。図示実施の形態においては、回動操作部２１ｅは、工具本体２１ａの外周の、例えば六角形状に形成された第１回動操作部２１ｆとか、内周の、例えば六角形状に形成された第２回動操作部２１ｇからなる。そこで、この工具本体２１ａの回動にあたっては、回動操作部２１ｆを、直接手で回したり、回動操作部２１ｆ、２１ｇを、手動のハンドルや電気ドライバー等の電動工具等を用いたりして回すことができる。 Moreover, the tool main body 21a has the rotation operation part 21e for rotating this tool main body 21a. This rotation operation part 21e is provided in the edge part on the opposite side to the front-end | tip part with the opening 21b in the tool main body 21a. In the illustrated embodiment, the turning operation portion 21e is a first turning operation portion 21f formed in, for example, a hexagonal shape on the outer periphery of the tool body 21a, or a second shape formed in, for example, a hexagonal shape on the inner periphery. It consists of a rotation operation part 21g. Therefore, when turning the tool body 21a, the turning operation portion 21f is directly turned by hand, or the turning operation portions 21f and 21g are used with a manual handle or an electric tool such as an electric screwdriver. Can be turned.

次に、この配線・配管材配設具５を用いた配線・配管材３の配設方法を説明する。始めに、ボルト体４に螺合する規制ナット７の受け部７ａで、支持体６の基部６ｂを前記一方側Ｒ（詳しくは、下方側）から受け止めるように、規制ナット７に組み付けられた支持体６の、支持部６ａに対し、配線・配管材３を配置する。そして、基部６ｂよりも前記他方側Ｓ（詳しくは、上方側）において、ボルト体４の軸方向に近接して並ぶ、規制ナット７の操作部７ｃと、ボルト体４に螺合する押圧ナット９の第２操作部９ａとを、螺回動工具２１により同時に回動操作して、支持体６と配線・配管材３とを所要の位置に移動する（図４参照）。次いで、第２支持体８の第２基部８ｂを、規制ナット７と押圧ナット９との間でボルト体４が第２基部８ｂの第２通孔８ｃを貫通するように、ボルト体４に嵌める。その後、押圧ナット９が第２基部８ｂを前記他方側Ｓから押圧するように、押圧ナット９を締め込んで、第２支持部８ａと支持部６ａとで配線・配管材３を挟持する（図１参照）。 Next, a method of arranging the wiring / piping material 3 using the wiring / piping material arranging tool 5 will be described. First, the support assembled to the regulation nut 7 so as to receive the base 6b of the support 6 from the one side R (specifically, the lower side) by the receiving part 7a of the regulation nut 7 screwed into the bolt body 4. The wiring / pipe material 3 is disposed on the support 6a of the body 6. Then, on the other side S (specifically, on the upper side) of the base portion 6 b, the operation portion 7 c of the regulating nut 7 arranged close to the axial direction of the bolt body 4 and the pressing nut 9 screwed into the bolt body 4. The second operating portion 9a is simultaneously rotated by the screw rotating tool 21 to move the support 6 and the wiring / piping material 3 to a required position (see FIG. 4). Next, the second base portion 8b of the second support body 8 is fitted into the bolt body 4 so that the bolt body 4 passes through the second through hole 8c of the second base portion 8b between the regulating nut 7 and the pressing nut 9. . Thereafter, the pressing nut 9 is tightened so that the pressing nut 9 presses the second base portion 8b from the other side S, and the wiring / pipe material 3 is sandwiched between the second supporting portion 8a and the supporting portion 6a (FIG. 1).

次に、以上の構成からなる配線・配管材配設具５（配線・配管材配設装置１１、配線・配管材配設装置体）、および配線・配管材３の配設方法の作用効果について説明する。配線・配管材配設具５の支持体６における支持部６ａが、配線・配管材３を、配設部２に配備されたボルト体４の軸心に沿う方向Ｐの一方側Ｒ（詳しくは、下方側）から支持する。そして、支持体６における基部６ｂに設けられた通孔６ｃをボルト体４が貫通する。また、ボルト体４には、そのボルト体４が突き抜けるようにして規制ナット７が螺合し、この規制ナット７の受け部７ａが、支持体６の基部６ｂを前記一方側Ｒから受け止める。こうして、支持体６は、ボルト体４に組み付けられ、この支持体６の支持部６ａによって配線・配管材３が支持されて、配線・配管材３は、配設部２に配設される。ここにおいて、規制ナット７は、受け部７ａから支持体６の通孔６ｃを貫通するように延出する延出部７ｂを有している。そして、この延出部７ｂの先端側に形成された操作部７ｃを、支持体６の基部６ｂよりも、前記一方側Ｒとは反対の他方側Ｓ（詳しくは、上方側）から、すなわち受け部７ａがある側とは反対側から、回動操作すると、支持体６は、ボルト体４の軸心に沿って移動し、この移動により、配線・配管材３は、位置調整（詳しくは、高さ調整とか勾配調整）される。ここで、特に、配線・配管材３が排水管である場合には、その高さ調整とともに排水勾配が調整される。そして、この際、規制ナット７は、受け部７ａがある側とは反対側からの回動操作により、容易に回動される。すなわち、配線・配管材３の位置調整のための規制ナット７を、受け部７ａがある側とは反対側からの回動操作により、容易に回動することができ、これによって、配線・配管材３を配設する際の作業性を高めることができる。 Next, the operation and effect of the wiring / piping material arranging tool 5 (wiring / piping material arranging device 11, wiring / piping material arranging device body) and the wiring / piping material 3 arranging method configured as described above will be described. explain. The support portion 6a of the support 6 of the wiring / piping material disposing tool 5 is connected to the wiring / piping material 3 on one side R in the direction P along the axial center of the bolt body 4 disposed in the disposing portion 2 (in detail). Support from the lower side. And the bolt body 4 penetrates the through-hole 6c provided in the base 6b in the support body 6. FIG. In addition, a restriction nut 7 is screwed into the bolt body 4 so that the bolt body 4 penetrates, and the receiving portion 7a of the restriction nut 7 receives the base portion 6b of the support body 6 from the one side R. Thus, the support body 6 is assembled to the bolt body 4, and the wiring / pipe material 3 is supported by the support portion 6 a of the support body 6, and the wiring / pipe material 3 is disposed in the disposition portion 2. Here, the regulation nut 7 has an extending portion 7 b that extends from the receiving portion 7 a so as to penetrate the through hole 6 c of the support 6. Then, the operation portion 7c formed on the distal end side of the extending portion 7b is received from the other side S (specifically, the upper side) opposite to the one side R from the base portion 6b of the support body 6, that is, the receiving portion 7c. When the rotation operation is performed from the side opposite to the side where the portion 7a is present, the support body 6 moves along the axis of the bolt body 4, and this movement causes the wiring / piping material 3 to be adjusted in position (in detail, Height adjustment or gradient adjustment). Here, in particular, when the wiring / pipe material 3 is a drain pipe, the drain gradient is adjusted together with the height adjustment. At this time, the regulating nut 7 is easily turned by a turning operation from the side opposite to the side where the receiving portion 7a is located. That is, the regulation nut 7 for adjusting the position of the wiring / piping material 3 can be easily rotated by a rotating operation from the side opposite to the side where the receiving portion 7a is located. Workability at the time of disposing the material 3 can be improved.

また、第２支持体８を設けることで、配線・配管材３は、第２支持体８と支持体６とで挟持されて、ボルト体４にしっかりと固定される。また、規制ナット７と押圧ナット９とを、螺回動工具２１により同時に回動操作することで、両ナット７、９の近接位置（相対位置）を維持したまま共に移動させられるため、その後に、ボルト体４に第２支持体８を組み付けて、押圧ナット９を締め込む際に、その締込み時間を短縮することができる。 Further, by providing the second support 8, the wiring / piping material 3 is sandwiched between the second support 8 and the support 6 and firmly fixed to the bolt body 4. Further, since the regulating nut 7 and the pressing nut 9 are simultaneously rotated by the screw turning tool 21, both the nuts 7 and 9 can be moved together while maintaining the close position (relative position). When the second support 8 is assembled to the bolt body 4 and the pressing nut 9 is tightened, the tightening time can be shortened.

また、ボルト体４の軸方向から見て、支持体６の基部６ｂと金属ナット７０２とが重なることで、配線・配管材３からの荷重を、規制ナット７の受け部７ａでしっかりと受け止めることができる。 Further, when the base 6b of the support 6 and the metal nut 702 overlap each other when viewed from the axial direction of the bolt body 4, the load from the wiring / piping material 3 is firmly received by the receiving portion 7a of the regulating nut 7. Can do.

なお、本発明は、上述した実施の形態に限定されるわけではなく、その他種々の変更が可能である。例えば、規制ナット７は、合成樹脂製の規制ナット本体７０１と金属ナット７０２とからならなくとも、図６〜図８に示すように、全体が金属等の一つの部材で形成されてもよい。図６に示す規制ナット７は、受け部７ａが円盤状に形成され、延出部７ｂは、ボルト体４が貫通するように筒状に形成される。この延出部７ｂは、受け部７ａよりも径小となって延出する第１延出部７ｄと、第１延出部７ｄに続きその第１延出部７ｄよりも径大な第２延出部７ｅとからなる。そして、第２延出部７ｅが、前記操作部７ｃとなり、その操作部７ｃは、前記螺回動工具２１が係合するように、例えば断面六角形状をしている。 In addition, this invention is not necessarily limited to embodiment mentioned above, A various other change is possible. For example, even if the regulation nut 7 does not include the regulation nut main body 701 and the metal nut 702 made of synthetic resin, the whole may be formed of a single member such as metal as shown in FIGS. In the regulation nut 7 shown in FIG. 6, the receiving portion 7 a is formed in a disk shape, and the extending portion 7 b is formed in a cylindrical shape so that the bolt body 4 penetrates. The extending portion 7b includes a first extending portion 7d extending with a diameter smaller than that of the receiving portion 7a, and a second extending larger than the first extending portion 7d following the first extending portion 7d. It consists of the extension part 7e. And the 2nd extension part 7e becomes the said operation part 7c, and the operation part 7c is carrying out the hexagonal cross section, for example so that the said screw turning tool 21 may engage.

図７に示す規制ナット７は、第１延出部７ｄに続く第２延出部７ｅが、第１延出部７ｄよりも径小に形成されている。そこで、この第２延出部７ｅが、例えば断面六角形状をした操作部７ｃとなる。そして、これら第１延出部７ｄと第２延出部７ｅとの境界の段部が、螺回動工具２１の先端が当接する座部７ｆとなっている。 In the regulation nut 7 shown in FIG. 7, the second extending portion 7e following the first extending portion 7d is formed to have a smaller diameter than the first extending portion 7d. Therefore, the second extending portion 7e becomes an operation portion 7c having a hexagonal cross section, for example. And the step part of the boundary of these 1st extension parts 7d and the 2nd extension part 7e becomes the seat part 7f with which the front-end | tip of the screw turning tool 21 contact | abuts.

図８に示す規制ナット７は、延出部７ｂの全体が、断面六角形状をしており、そのうち支持体６の基部６ｂから突出する部分が、前記操作部７ｃとなる。 In the regulation nut 7 shown in FIG. 8, the entire extension portion 7 b has a hexagonal cross section, and a portion protruding from the base portion 6 b of the support 6 is the operation portion 7 c.

また、支持体６は、その支持部６ａが、配線・配管材３の外周に合わせるように湾曲して形成されなくとも、図９に示すように、支持部６ａと基部６ｂとの全体が平板状に形成されてもよい。 Further, as shown in FIG. 9, the support 6 has a flat plate as shown in FIG. 9, even if the support 6a is not curved so as to match the outer periphery of the wiring / piping material 3. It may be formed in a shape.

また、第２支持体８は、ボルト体４に組み付けられなくとも、図１０に示すように、支持体６に組み付けられてもよい。ここで、第２支持体８は、第２支持部８ａから各側に延びる端部８ｆを有しており、この端部８ｆが、支持体６に、ビス等の固着具１２を用いて固定される。また、この実施の形態では、押圧ナット９は用いられず、支持体６を固定するために、ボルト体４に螺合して、支持体６の基部６ｂを前記他方側Ｓとなる上方側から押える、固定ナット１３が用いられる。 Further, the second support 8 may be assembled to the support 6 as shown in FIG. 10 without being assembled to the bolt body 4. Here, the 2nd support body 8 has the edge part 8f extended to each side from the 2nd support part 8a, and this edge part 8f is fixed to the support body 6 using the fixing tools 12, such as a screw | thread. Is done. Further, in this embodiment, the pressing nut 9 is not used, and in order to fix the support body 6, the base body 6 b of the support body 6 is screwed into the bolt body 4 from the upper side which is the other side S. A fixing nut 13 that can be pressed is used.

また、上述の図１０に示す第２支持体８は、一つの部材で構成されるが、図１１に示すように、二つの支持部材８０１、８０１からなっていてもよい。ここで、支持部材８０１、８０１は、配線・配管材３を両側方から挟むように湾曲して形成される。これら支持部材８０１、８０１は、下端の鉤状に折れ曲がったフック部８ｇ、８ｇが、支持体６に設けられた係合部である係合孔６ｆ、６ｆに係合し、上端の互いに対向する対向片８ｈ、８ｈが、ビス等の固着具１４で締め付けられる。このとき、支持部材８０１、８０１における、前記他方側Ｓ（詳しくは、上方側）が、第２支持部８ａとなって、この第２支持部８ａが、配線・配管材３に前記他方側Ｓから当接して、支持体６の支持部６ａとで配線・配管材３を挟持する。 Moreover, although the 2nd support body 8 shown in the above-mentioned FIG. 10 is comprised by one member, as shown in FIG. 11, you may consist of two support members 801 and 801. FIG. Here, the support members 801 and 801 are formed to be curved so as to sandwich the wiring / pipe material 3 from both sides. In the support members 801 and 801, hook portions 8g and 8g bent in a hook shape at the lower end engage with engagement holes 6f and 6f which are engagement portions provided on the support body 6, and are opposed to each other at the upper end. The facing pieces 8h, 8h are fastened with a fixing tool 14 such as a screw. At this time, the other side S (specifically, the upper side) of the support members 801 and 801 becomes the second support portion 8a, and the second support portion 8a is connected to the wiring / pipe material 3 on the other side S. The wiring / pipe material 3 is sandwiched between the support portion 6a of the support body 6 and the support portion 6a.

また、図１２に示すように、支持体６における通孔６ｃ、６ｃの各々は、互いに他の通孔６ｃから離れた側（つまり、支持体６の両端となる側）が、ボルト体４の外径よりも小さい幅６ｇで開口していてもよい。これにより、この支持体６が傾斜姿勢となった際に（図１３参照）、規制ナット７の延出部７ｂ（詳細には、第１延出部７ｄ）、ひいてはボルト体４は、支持体６の通孔６ｃから抜け出ることがない。つまり、支持体６は、規制ナット７、ひいてはボルト体４から外れることがない。さらに、規制ナット７の延出部７ｂ（第１延出部７ｄ）が、規制ナット７の回動により通孔６ｃの周縁と擦れ、その擦れた部分でボルト体４が露出するに至った場合であっても、支持体６が傾斜姿勢となった際に、ボルト体４は、通孔６ｃから抜け出ることがない。つまり、支持体６は、ボルト体４から外れることがない。ところで、この実施の形態では、規制ナット７は、その第１延出部７ｄ（詳しくは、第１延出部７ｄの反受け部７ａ側の端部）に、規制ナット７の軸心に直交する方向の二面幅７ｇを残すようにして、スリットなどの切り込み７ｈ、７ｈが形成されている（図１４参照）。そして、スリットなどの切り込み７ｈの溝幅７ｉは、支持体６の厚さよりも若干大きく形成され、二面幅７ｇは、通孔６ｃの開口する開口部６ｈの幅６ｇ以下に形成されている。したがって、規制ナット７は、ボルト体４に取り付けられる前であれば、二面幅７ｇの部分で、開口部６ｈを通って通孔６ｃ内に出入り可能となる。 As shown in FIG. 12, each of the through holes 6c and 6c in the support body 6 is located on the side away from the other through holes 6c (that is, on both ends of the support body 6) of the bolt body 4. You may open with the width 6g smaller than an outer diameter. As a result, when the support body 6 is inclined (see FIG. 13), the extension portion 7b (specifically, the first extension portion 7d) of the regulation nut 7 and the bolt body 4 are 6 does not come out of the through hole 6c. That is, the support 6 does not come off from the regulation nut 7 and thus the bolt body 4. Further, when the extending portion 7b (first extending portion 7d) of the regulating nut 7 is rubbed with the periphery of the through hole 6c by the rotation of the regulating nut 7, the bolt body 4 is exposed at the rubbed portion. Even so, when the support body 6 is in the inclined posture, the bolt body 4 does not come out of the through hole 6c. That is, the support 6 does not come off the bolt body 4. By the way, in this embodiment, the regulation nut 7 is orthogonal to the axis of the regulation nut 7 at the first extension portion 7d (specifically, the end portion of the first extension portion 7d on the side of the receiving portion 7a). Incisions 7h and 7h such as slits are formed so as to leave a two-sided width 7g in the direction to be moved (see FIG. 14). The groove width 7i of the notch 7h such as a slit is formed to be slightly larger than the thickness of the support 6, and the two-surface width 7g is formed to be equal to or less than the width 6g of the opening 6h where the through hole 6c opens. Therefore, if the regulation nut 7 is not attached to the bolt body 4, it can enter and exit into the through hole 6c through the opening 6h at a portion having a two-surface width of 7g.

また、支持体６における通孔６ｃ、６ｃの各々は、互いに他の通孔６ｃから離れた側（つまり、支持体６の両端となる側）が、開口することなく塞がれていてもよい。この場合、通孔６ｃは、その長手方向（ボルト体４、４の並設方向Ｕ）の中間位置において側方（配線・配管材３の配設方向Ｔ）に開口したり（図１５参照）、その長手方向（ボルト体４、４の並設方向Ｕ）の端位置、例えば互いに他の通孔６ｃに近い側の端位置で側方（配線・配管材３の配設方向Ｔ）に開口したりして（図１６参照）、通孔６ｃに開口部６ｈが設けられてもよい。そして、この場合においても、通孔６ｃは、開口部６ｈが、ボルト体４の外径よりも小さい幅６ｇで開口することで、図１２〜図１４に示す例と同様の作用効果を奏し、また、規制ナット７の回動による連れ回りで支持体６がボルト体４から外れようとしても、開口部６ｈの幅６ｇが狭く、ボルト体４が通孔６ｃから抜け出ることがない。もっとも、図７に示すように、操作部７ｃが第１延出部７ｄの径以下に形成されていたり、図８とか図１０とか図１１に示すように、延出部７ｂがそのまま操作部７ｃとなっていたりする場合には、支持体６における通孔６ｃ、６ｃは、その全周が塞がれていてもよく、上述した規制ナット７におけるスリットなどの切り込み７ｈは、設ける必要がない。そして、この場合にも、上述の開口部６ｈ（図１２、図１５、図１６参照）が設けられる場合と同様の作用効果を奏する。 In addition, each of the through holes 6c and 6c in the support 6 may be closed without opening the sides away from the other through holes 6c (that is, the sides that are both ends of the support 6). . In this case, the through-hole 6c opens to the side (arrangement direction T of the wiring / piping material 3) at an intermediate position in the longitudinal direction (the parallel arrangement direction U of the bolt bodies 4, 4) (see FIG. 15). , Open in the side direction (arrangement direction T of the wiring / piping material 3) at the end position in the longitudinal direction (the parallel arrangement direction U of the bolt bodies 4, 4), for example, at the end position close to the other through hole 6c. Alternatively, the opening 6h may be provided in the through hole 6c (see FIG. 16). And also in this case, the through-hole 6c has the same effect as the example shown in FIGS. 12-14 by opening 6h with the width 6g smaller than the outer diameter of the bolt body 4, Moreover, even if the support body 6 tends to be detached from the bolt body 4 due to the rotation of the regulation nut 7, the width 6g of the opening 6h is narrow and the bolt body 4 does not come out of the through hole 6c. However, as shown in FIG. 7, the operation portion 7c is formed to be smaller than the diameter of the first extension portion 7d, or as shown in FIGS. 8, 10, and 11, the extension portion 7b is directly used as the operation portion 7c. In such a case, the entire circumference of the through holes 6c, 6c in the support 6 may be closed, and the notches 7h such as the slits in the regulation nut 7 described above need not be provided. In this case as well, the same operational effects as in the case where the above-described opening 6h (see FIGS. 12, 15, and 16) is provided.

また、支持体６の通孔６ｃに設けられる開口部６ｈ（図１２、図１５、図１６参照）は、その幅６ｇが、ボルト体４の外径よりも小さいが、１対のボルト体４、４に対する支持体６の姿勢が、基準姿勢と傾斜姿勢とのどの姿勢であっても、開口部６ｈの位置が、その開口部６ｈからボルト体４や第１延出部７ｄ（規制ナット７）が抜け出ることがない位置に設けられるのであれば、開口部６ｈの幅６ｇを、ボルト体４の外径とか規制ナット７の第１延出部７ｄの外径以上とする等、幅６ｇは、特に限定されない。 Further, the opening 6h (see FIGS. 12, 15, and 16) provided in the through hole 6c of the support 6 has a width 6g smaller than the outer diameter of the bolt body 4, but a pair of bolt bodies 4 4, the position of the opening 6 h is such that the bolt body 4 and the first extension 7 d (regulation nut 7) from the opening 6 h. If the width 6g of the opening 6h is not less than the outer diameter of the bolt body 4 or the outer diameter of the first extension 7d of the regulating nut 7, the width 6g is There is no particular limitation.

また、ボルト体４は、二本設けられなくとも、図１７〜図２１に示すように一本のみ設けられてもよい。図１７に示す実施の形態では、支持体６と第２支持体８とは、ヒンジ部Ｘを介して、一体に形成されて、支持体６に対して第２支持体８が、ヒンジ部Ｘを中心に、回動可能となっている。そして、支持体６の先端部分に設けられた基部６ｂが、規制ナット７の受け部７ａによって、前記一方側Ｒ（詳しくは、下方側）から受け止められ、第２支持体８の先端部分に設けられた第２基部８ｂが、押圧ナット９によって、前記他方側Ｓ（詳しくは、上方側）から押圧される。 Moreover, even if two bolt bodies 4 are not provided, as shown in FIGS. 17-21, only one may be provided. In the embodiment shown in FIG. 17, the support body 6 and the second support body 8 are integrally formed via the hinge portion X, and the second support body 8 is connected to the support body 6 by the hinge portion X. It can be rotated around the center. A base portion 6 b provided at the distal end portion of the support body 6 is received from the one side R (specifically, the lower side) by the receiving portion 7 a of the regulation nut 7, and is provided at the distal end portion of the second support body 8. The second base portion 8 b thus pressed is pressed from the other side S (specifically, the upper side) by the pressing nut 9.

図１８に示す実施の形態では、図１７に示す実施の形態と同様に、支持体６と第２支持体８とは、ヒンジ部Ｘを介して、一体に形成されて、支持体６に対して第２支持体８が、ヒンジ部Ｘを中心に、回動可能となっている。そして、支持体６の先端部分に設けられた基部６ｂが、規制ナット７の受け部７ａによって、前記一方側Ｒ（詳しくは、下方側）から受け止められ、ボルト体４に螺合する固定ナット１３によって、前記他方側Ｓ（詳しくは、上方側）から押圧される。また、第２支持体８の先端部分には、フック部８ｇが設けられており、このフック部８ｇが、支持体６に設けられた係合部である係合孔６ｆに係合する。 In the embodiment shown in FIG. 18, as in the embodiment shown in FIG. 17, the support 6 and the second support 8 are integrally formed via the hinge portion X, and Thus, the second support 8 is rotatable about the hinge portion X. Then, a base 6 b provided at the distal end portion of the support 6 is received from the one side R (specifically, the lower side) by the receiving portion 7 a of the regulating nut 7 and is screwed into the bolt body 4. Is pressed from the other side S (specifically, the upper side). Further, a hook portion 8 g is provided at the distal end portion of the second support body 8, and the hook portion 8 g engages with an engagement hole 6 f that is an engagement portion provided in the support body 6.

図１９に示す実施の形態では、第２支持体８は設けられず、支持体６の先端部分に設けられた基部６ｂが、規制ナット７の受け部７ａによって、前記一方側Ｒ（詳しくは、下方側）から受け止められ、ボルト体４に螺合する固定ナット１３によって、前記他方側Ｓ（詳しくは、上方側）から押圧される。 In the embodiment shown in FIG. 19, the second support 8 is not provided, and the base portion 6 b provided at the distal end portion of the support 6 is supported by the receiving side 7 a of the regulation nut 7 on the one side R (in detail, The other side S (specifically, the upper side) is pressed by the fixing nut 13 received from the lower side and screwed into the bolt body 4.

図２０に示す実施の形態では、図１９に示す実施の形態に対し、支持部６ａが、支持体６の中央部に設けられた基部６ｂを挟む両側に一体的に設けられるが、他は同様の構造を有している。 In the embodiment shown in FIG. 20, the support portion 6a is integrally provided on both sides sandwiching the base portion 6b provided in the central portion of the support body 6 in the embodiment shown in FIG. It has the structure of.

図２１に示す実施の形態は、基礎面１は、基礎床面ではなく、建物の天井面であって、ボルト体４は、その天井面から吊り下がる吊りボルトからなっている。他の構造は、図１７に示す実施の形態と同様であるが、図１７以外の実施の形態においても、ボルト体４を吊りボルトとしてもよいのは勿論である。 In the embodiment shown in FIG. 21, the foundation surface 1 is not a foundation floor surface but a ceiling surface of a building, and the bolt body 4 is composed of a suspension bolt that hangs from the ceiling surface. The other structure is the same as that of the embodiment shown in FIG. 17, but it goes without saying that the bolt body 4 may be a suspension bolt in embodiments other than FIG.

また、図示を省略するが、第２支持体８あるいは支持体６に、配線・配管材３の高さ調整とか勾配調整をしたことを表わす印をマジックで書き込むための凹部あるいは凹面等からなる表示部を設けてもよい。こうして、定められた場所に印を付けることで、配線・配管材３を複数箇所で支持する一連の配線・配管材配設具５、５（配線・配管材配設装置１１、１１）において（つまり、配線・配管経路全体で）、前記印に統一感が生じる。 In addition, although not shown in the drawings, a display made of a concave portion or a concave surface or the like for writing a mark indicating that the height adjustment or the gradient adjustment of the wiring / piping material 3 has been made on the second support 8 or the support 6 with a magic. A part may be provided. In this way, by marking the predetermined place, in a series of wiring / piping material arranging tools 5 and 5 (wiring / piping material arranging devices 11 and 11) for supporting the wiring / piping material 3 at a plurality of locations ( In other words, a sense of unity is produced in the above-mentioned mark (in the entire wiring and piping route).

また、工具本体２１ａは、ボルト体４がその自由端４ａ側から挿入されるものでなくとも、例えば、工具本体２１ａをその軸を含む面で半割状に分割した分割体によって形成することで、ボルト体４にその側方から近づいて、ボルト体４に螺合した規制ナット７の操作部７ｃおよび押圧ナット９を両分割体で挟み込むようにして収容してもよい。 Moreover, the tool main body 21a is formed by, for example, a divided body obtained by dividing the tool main body 21a into halves on the surface including the axis, even if the bolt body 4 is not inserted from the free end 4a side. The operation part 7c of the regulating nut 7 and the pressing nut 9 screwed into the bolt body 4 may be accommodated by approaching the bolt body 4 from the side thereof so as to be sandwiched between the two divided bodies.

２配設部
３配線・配管材
４ボルト体
４ａ自由端
５配線・配管材配設具
６支持体
６ａ支持部
６ｂ基部
６ｃ通孔
６ｇ幅
７規制ナット
７ａ受け部
７ｂ延出部
７ｃ操作部
７０１規制ナット本体
７０２金属ナット
８第２支持体
８ａ第２支持部
８ｂ第２基部
８ｃ第２通孔
８ｄ開口部
９押圧ナット
９ａ第２操作部
１０ベース板
１１配線・配管材配設装置
２１螺回動工具
２１ａ工具本体
２１ｂ口元
２１ｃ第１係合部
２１ｄ第２係合部
Ｐ軸心に沿う方向
Ｒ一方側
Ｓ他方側
Ｔ配設方向
Ｕ並設方向 DESCRIPTION OF SYMBOLS 2 Arrangement | positioning part 3 Wiring / pipe material 4 Bolt body 4a Free end 5 Wiring / pipe material arrangement | positioning tool 6 Support body 6a Support part 6b Base 6c Through-hole 6g Width 7 Restriction nut 7a Receiving part 7b Extension part 7c Operation part 701 Restriction nut main body 702 Metal nut 8 Second support 8a Second support 8b Second base 8c Second through hole 8d Opening 9 Press nut 9a Second operation unit 10 Base plate 11 Wiring / piping material arrangement device 21 Screw Moving tool 21a Tool body 21b Mouth 21c First engaging portion 21d Second engaging portion P Direction along axis R One side S Other side T Arrangement direction U Parallel arrangement direction

Claims

A wiring / piping material disposing tool that is attached to the bolt body disposed in the disposing portion and supports the wiring / piping material,
A support body and a regulation nut through which the bolt body is screwed into the bolt body,
The support body supports the wiring / piping material from one side in the direction along the axis of the bolt body, and a through hole extending from the support section through which the bolt body passes. Provided with a base,
The regulating nut is configured to receive the base from the one side so as to regulate the movement of the support body to the one side, and the through hole from the receiving part along the axial center of the bolt body. Extending to the other side opposite to the one side so as to penetrate,
The wiring / piping material is characterized in that an operation part that can be rotated from the other side than the base part is formed on the distal end side of the extension part that penetrates the through hole together with the bolt body. Arrangement tool.

A second support,
The second support body has a second support portion that comes into contact with the wiring / pipe material from the other side and sandwiches the wiring / pipe material with the support portion of the support body. The wiring / pipe material arrangement tool according to claim 1.

A pressing nut screwed onto the bolt body;
In addition to the second support portion, the second support body has a second base portion extending from the second support portion and provided with a second through hole through which the bolt body passes,
When the pressing nut presses the second base portion from the other side, the second support portion comes into contact with the wiring / pipe material from the other side, and the wiring / pipe material is connected to the support portion. The wiring / piping material disposing device according to claim 2, wherein:

The second through hole has an opening that opens to the outside of the second base portion so that the bolt body can enter and exit from the peripheral surface side, and the support portion supports the wiring / piping material. 4. The wiring / piping material arrangement tool according to claim 3, wherein the second support body can be removed and attached to the bolt body through the opening.

The regulation nut includes a regulation nut body made of a synthetic resin, and a metal nut that is non-rotatably accommodated with respect to the regulation nut body in the receiving portion and is screwed into the bolt body. The wiring / pipe material arrangement tool according to any one of claims 1 to 4.

A wiring / piping material arrangement comprising the wiring / piping material arranging tool according to claim 1, a base plate fixed to a base surface, and a pair of the bolt bodies standing upright and parallel to the base plate. Equipment,
The support body is provided with the base portion on both sides so as to be installed on the pair of bolt bodies, and the support portion is provided on an intermediate portion,
A pair of the regulation nuts are provided, screwed into the pair of bolt bodies, respectively, and the pair of regulation nuts regulates the movement of the support to the one side. Equipment.

The support body has a length that extends in a direction in which the pair of base portions connect the pair of base portions so that the pair of base portions can be inclined with respect to a reference posture aligned in a parallel arrangement direction of the pair of bolt bodies. In addition to being formed in the shape of a hole, the extending portion is inclined with respect to the reference posture in addition to the reference posture of the support so as to penetrate the through hole in the inclined posture of the support. The wiring / piping material disposing device according to claim 6, wherein the wiring / piping material disposing device is long in the axial direction.

Each of the through holes is opened or closed at a width smaller than the outer diameter of the bolt body on the side away from the other through holes. The wiring / piping material arrangement device described.

A wiring / piping material arranging method using the wiring / piping material arranging tool according to claim 4,
In the receiving portion of the restriction nut screwed into the bolt body, the wiring is connected to the support portion of the support body assembled to the restriction nut so as to receive the base portion of the support body from the one side.・ Placing piping materials
On the other side of the base portion, the operation portion of the restriction nut and the second operation portion provided in the pressing nut screwed to the bolt body, which are arranged close to each other in the axial direction of the bolt body, are screwed. Simultaneously rotating with a rotating tool to move the support and the wiring / piping material to the required positions,
The second base portion of the second support body is fitted to the bolt body so that the bolt body passes through the second through hole of the second base portion between the restriction nut and the pressing nut, and then ,
The pressing nut is tightened so that the pressing nut presses the second base portion from the other side, and the wiring / pipe material is sandwiched between the second supporting portion and the supporting portion. , Wiring and piping material arrangement method.

The wiring / piping material disposing tool according to claim 4, a base plate fixed to a base surface, the bolt body rising from the base plate, the regulation nut of the wiring / piping material disposing tool, and the A wiring / piping material arrangement apparatus body comprising a screw turning tool for turning a pressing nut,
The screw turning tool includes a tool body formed in a cylindrical shape,
The tool body can accommodate therein the operation portion of the restriction nut and the pressing nut screwed into the bolt body,
By rotating the tool main body in a state where the operation portion of the restriction nut and the pressing nut, which are arranged in the axial direction of the bolt body, are housed in the tool main body, the restriction nut and the pressing nut A first engagement portion that engages with the operation portion of the restriction nut and a pressure nut are provided in the tool body so that both rotate together with the tool body and advance and retract with respect to the bolt body. A wiring / piping material arrangement apparatus body, wherein a second engagement portion that engages with the second operation portion is provided.

The bolt body has a free end on the other side,
The tool body can be inserted from the mouth into the bolt body along the axial direction of the bolt body from the free end side of the bolt body, and the restriction nut screwed into the bolt body The operation part and the pressing nut can be accommodated,
The first engagement portion is provided on the mouth side in the tool body, and the second engagement portion is provided on the back side of the first engagement portion,
The length of the tool body in the axial direction is such that the bolt is inserted into the operation portion while the regulation nut is positioned extremely on the one side while receiving the base portion of the support body. The wiring / pipe material disposing device body according to claim 10, wherein the first engaging portion has a length that enables engagement .